Engineering & Materials Science
Solid propellants
100%
Propellants
94%
Detonation
60%
Ignition
59%
Plasmas
58%
Temperature
57%
Shock tubes
48%
Boron
35%
Lasers
34%
Gases
33%
Rocket engines
31%
Emission spectroscopy
28%
Hydrogen
23%
Electrons
22%
Coal
21%
Anodes
20%
Pyrometry
20%
Rockets
20%
Propulsion
20%
Argon
18%
Hot Temperature
17%
Electron temperature
17%
Particle size
17%
Experiments
14%
Water vapor
14%
Flammability
14%
Temperature measurement
14%
Fluorine compounds
13%
Alumina
13%
Heat transfer
13%
Fluid mechanics
13%
Fuel burners
13%
Fluorine
12%
Absorption spectroscopy
12%
Aluminum oxide
12%
Crystalline materials
12%
Ultrasonics
11%
Hydrides
11%
Time delay
11%
Electrostatics
10%
Physics & Astronomy
solid propellants
60%
aluminum
52%
propellants
49%
burning rate
45%
ignition
42%
flames
34%
shock tubes
32%
detonation
30%
rockets
24%
coal
22%
oxidizers
21%
temperature
21%
temperature measurement
19%
deflagration
19%
shock
18%
boron
18%
flame propagation
16%
hydrazines
15%
vapor phases
14%
fireballs
14%
heat transfer
13%
oxygen
13%
aluminum oxides
13%
air
13%
emissivity
12%
water vapor
12%
beds
12%
propellant grains
12%
lasers
12%
laser propulsion
12%
dust
11%
natural gas
11%
composite propellants
11%
propulsion
10%
anodes
10%
hydrogen
10%
aluminum hydrides
10%
atmospheres
10%
transient pressures
9%
predictions
9%
Mach number
9%
products
8%
accommodation coefficient
8%
ammonium perchlorates
8%
flammability
8%
gases
8%
optical thickness
7%
absorption spectroscopy
7%
time lag
7%
kinetics
7%
Chemical Compounds
Flame
43%
Pressure
41%
Propellant
41%
Detonation
35%
Pyrometry
25%
Mixture
19%
Coal Dust
17%
Heat Transfer
16%
Velocity
15%
Shock Wave
14%
Accommodation Coefficient
13%
Wave
11%
Environment
11%
Explosive
10%
Two-Phase Flow
8%
Turbulence
8%
Boron Atom
8%
Spreading
7%
Convective Heat Transfer
7%
Mach Number
7%
Flammability
7%
Thermites
6%
Natural Gas
6%
Dust
6%
Vaporization
6%
Water Vapor
6%
Simulation
6%
Length
5%
Volume
5%
Porosity
5%
Heat
5%
Surface
5%